Regulations for the degree programme Logistics and Supply … · 2021. 3. 10. · III: Module...
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Regulations for the degree programme Logistics and Supply Chain Management Master of Science (M.Sc.)
Implementation provisions
with appendices
I: Study and examination plan
II. Competence descriptions
III: Module handbook (only published electronically)
of 31.10.2019
Resolution of the Departmental Council on 31.10.2019
Entry into force of the regulation on 01.10.2020
The implementation provisions of department law and economics of 31.10.2019 for the General
Examination Regulations of Technical University of Darmstadt (APB) for the degree programme Logistics
and Supply Chain Management (M.Sc.) are published based on the approval of the Executive Board of
Technical University of Darmstadt on 12.03.2020 (Ref.: 651-2-5).
Darmstadt, 12 March 2020
The President of Technical University of Darmstadt
Prof. Dr. Tanja Brühl
The English translation is for information purposes only.
The legally binding document is the German version.
Regulations for the degree programme: M.Sc. Logistics and Supply Chain Management
Appendix to the statutes No.: 2020-I 2
Table of contents for the regulation
Table of contents for the regulation 2
1. ..... Implementation provisions 3
1.1. Appendix I: Study and examination plan 6
1.2. Appendix II: Competence descriptions 9
1.2.1. Entry competencies 9
1.2.2. Qualification objectives 11
1.3. Appendix III: Module descriptions 13
Implementation provisions 3
1. Implementation provisions
For Section 2(1): Degree
The degree programme M.Sc. Logistics and Supply Chain Management is maintained by the department
of Law and Economics at Technical University of Darmstadt. Technical University of Darmstadt awards
the degree Master of Science once the total of 120 credit points (CP) required for the degree programme
has been achieved.
For Section 5(2)–(3): Modules, components and type of examination
Appendix I to these implementation provisions, the study and examination plan, specifies the type
(subject examination, study credit), scope, number and form (oral, written or special form and
specification) of the examination components as well as the weighting with which these are included in
the overall grade for the module.
Examinations that are taken in other departments are governed by the regulations of the departments
offering them.
For Section 11(4)–(5): General admission requirements – language of instruction
The language of instruction for the degree programme is English.
Individual courses/modules can be offered in German. This is indicated in the module description.
It should be assumed that the module will also involve reading and working with academic literature in
German.
For Section 17a(1): Entry requirements and entry competencies for Master’s degree programmes
The entry requirements for the Master’s degree programme Logistics and Supply Chain Management and, in particular, the previous knowledge and qualifications (entry competencies) required from the
applicants are defined below.
For Section 17a(2): Entry competencies for a consecutive Master’s degree programme
The entry competencies for the consecutive Master’s degree programme Logistics and Supply Chain
Management result from the competence profile for the Bachelor’s degree programmes Business
Administration/Industrial Engineering – specialising in Civil Engineering, Electrical Engineering and
Information Technology, Mechanical Engineering and Business Information Systems at Technical
University of Darmstadt entitling admission to the Master’s degree programme as reference degree
programmes.
Details of the entry competencies are specified in the competence description in Appendix II. The entry requirement for the Master’s degree programme Logistics and Supply Chain Management is a
Bachelor’s degree in one of the reference degree programmes at Technical University of Darmstadt or
a degree in a degree programme that teaches competencies that are not substantially different from
those taught in one of the reference degree programmes (comparable programme). This includes
programmes in economics and mathematical economics.
For Section 17a(4)(a)–(b): Formal entrance assessment
During the formal entrance assessment, the proof of the required entry competencies is verified on the
basis of the written documents to be submitted by the applicants. The following documents must be
submitted: the transcript for the first degree and the Diploma Supplement or comparable documents
for the degree programme leading to the first degree.
In addition Candidates can submit the following additional documents:
Admission and aptitude tests of other universities or private providers (e.g. Graduate
Management Admission Test GMAT)
Implementation provisions 4
For Section 17a(4)(c): Material entrance assessment
If the entry competencies could not be clarified positively or negatively during the formal entrance
assessment, a material entrance assessment is then conducted. The entrance assessment cannot be repeated in this application procedure.
The following is carried out as part of the material entrance assessment
an oral examination of 30 min on the premises of Technical University of Darmstadt.
or
an oral examination of 30 min via Internet-based video telephony that is
unobjectionable under data protection law, with the identity of the applicant
determined by a trustee on site (in particular, employees of cooperating universities or DAAD). The trustee also ensures that the examination procedure is carried out
lawfully on site.
If it becomes evident that more than 10 candidates need to take a material entrance assessment or that
video telephony cannot be used properly, the Examinations Board can decide to assess the candidates’
qualification in a 90-minute written examination on the premises of Technical University of Darmstadt
or via a written examination procedure using an online test.
The Examinations Board can also ask a trustee on site (particularly employees of cooperating universities
or DAAD) to administer an oral or written examination in accordance with these regulations; however,
the decision of the Examinations Board remains unaffected.
The Examinations Board determines the form and time of the material entrance assessment and names
the examiners. The examiners decide upon the content of the examination to ascertain the candidate’s
qualification for the M.Sc. Logistics and Supply Chain Management degree programme at Technical
University of Darmstadt.
The Examinations Board can exempt a candidate from a material entrance assessment if the required
standards have been verified in an admission or aptitude test of another university or a private provider
(such as the Graduate Management Admission Test GMAT). In such a case, it can be expected that the
candidate will have the entry competencies required for the M.Sc. Logistics and Supply Chain
Management degree programme.
For Section 17a(8): Admission subject to conditions
If, after an entrance assessment, it is found that the applicant lacks entry competencies that can be
compensated for by completing credits amounting to no more than 30 CP, admission may be granted
subject to conditions. The letter of admission lists the modules or subject examinations that are required.
The conditions must be met by the end of the second subject-related semester.
The conditions are governed by the General Examination Regulations of Technical University of
Darmstadt with the exception of the second repeat examination in accordance with Section 31 APB and
the oral supplementary examination in accordance with Section 32 APB, i.e. only two attempts per
condition are permitted.
For Section 18: Admission requirements
The admission requirements for examinations or modules, if any, are specified in Appendix I to these
implementation provisions, the study and examination plan, and in Appendix III, the module
descriptions.
For Section 22(2): Conducting of examinations – duration of the oral examination
The duration of the oral examination (at least 15 min. per candidate and examination) is specified in
Appendix I to these implementation provisions, the study and examination plan.
Implementation provisions 5
For Section 22(5): Conducting of examinations – duration of proctored examinations
The duration of the proctored examinations (at least 45 min.) is specified in Appendix I to these
implementation provisions, the study and examination plan.
For Section 23 (4): Final dissertation – supervision and assessment
The topic of the Master’s thesis is assigned by the Institute of Management and Logistics, the Institute of
Production and Supply Chain Management or the Institute of Management Science and Operations
Research of the Department of Law and Economics. The Master’s thesis may be produced with the
approval of the Chairperson of the Examinations Board at one of the institutes at the Department of Law
and Economics or another department at Technical University of Darmstadt.
For Section 23(5): Final dissertation – preparation time
The final dissertation includes a workload of 30 CP (900 hours) and must be completed and submitted
within 26 weeks.
For Section 25(3): Formation and weighting of grades
The assessment system for each examination component is specified in Appendix I to these implementation provisions, the study and examination plan. The study and examination plan also
specifies the weighting of the grades for the subject examinations and study credits in the weighting of
the module grade. Unless otherwise specified, the grades of the examination components within the
module are included in the module grade according to the credit points assigned to the credits.
For Section 28(3): Overall grade
Appendix I to these implementation provisions, the study and examination plan, specifies the weighting
of the module grades in the overall grade. Unless otherwise specified in Appendix I, the module grades
are included in the overall grade according to the credit points earned in the modules.
For Section 31(1): Second repetition
The second repeat examination can take place orally with the agreement of the examiners and
candidates. The candidate’s application must be submitted at least four weeks ahead of the examination.
For Section 38a: Entry into force
These implementation provisions enter into force on 01.10.2020. They are published in the appendix to
the statutes of Technical University of Darmstadt.
Appendix I Study and examination plan
Appendix II Competence descriptions
Appendix III Module descriptions
Darmstadt,13 February 2020
The Chairperson of the Department of Law and Economics
of Technical University of Darmstadt
Appendix I: Study and examination plan 6
1.1. Appendix I: Study and examination plan
Study and examination plan (Appendix I)Key
Grading system: St=standard (graded), bnb=passed/not passed
Forms of
examinationt:
A = submission, B = report, E = essay, H = research assignment, HÜ =
homework, worksheets, K = written exam, Kq = colloquium, M = oral
examination as specified in module description, mP = oral examination, M/S =
oral/written examination as specified in module description, P = log, Pt =
presentation, R = seminar paper, S = written examination as specified in
module description, SF = special form, Th = thesis
Status: o=compulsory, f=optional
Forms of teaching: VL=lecture, S=seminar, Ü=tutorial, VU=lecture and tutorial, PJ=project,
CPs Credit points
W1. S2. W3. S4.
Logistics and Supply Chain Management Core Area (CP: min. 48/max. 60) o 48-60
Elective Courses (Modul: min. 7/max. 9 | CP: min. 42/max. 54), Bereich nach § 30 (5) APB o 42-54
01-12-0M04/6 Logistics Management St M/S 67 1 4 f 6
Logistics Management / Practice St M/S 33
Strategic Logistics Management 2 VL x x
Logistics and Transport in Practice 2 VU x x x
01-12-0M05/6 Transport Management St M/S 67 1 4 f 6
Transport Management / Practice St M/S 33
Intermodal Transport Services 2 VL x
Logistics and Transport in Practice 2 VU x x x
01-12-0M07/6 Simulation of Supply Chains St M/S 50 1 4 f 6
SimuLoVe St M/S 50
Simulation in Production and Logistics 1 VL x
Simulation in Logistics and Traffic 3 VU x
01-13-0M01/6 Logistics Scheduling St M/S 1 4 f 6
Heuristic Optimization 2 VU x
Quantitative Logistics 2 VU x
01-13-0M02/6 Model Building and Analysis St M/S 67 1 4 f 6
Model Building and Analysis St HÜ 33
Model Building and Analysis 2 VL x
Model Building and Analysis 2 Ü x
01-23-0M02/6 Strategic and Tactical Production Management St M/S 1 4 f 6
Strategic Production Management 2 VU x
Supply Chain Planning 2 VU x
01-23-0M03/6 Materials Management, Production and Logistics St M/S 1 4 f 6
Operational Production Management 2 VU x x
Supply Chain Management 2 VU x x
and other modules (catalogue)
Master Seminar (Modul: min./max. 1) o 6
01-01-0M05 Master Seminar St H+Pt 1 2 o 6
Master Seminar 2 f S x x x
Elective Area (CP: min. 24/max. 36), Bereich nach § 30 (5) APB o 24-36
Professional and Methodological Courses (CP: min. 24) o 24-36
01-16-0M02/6 Fundamental of Finance II St M/S 1 4 f 6
Corporate Finance II 2 VU x
Corporate Finance III 2 VU x
01-15-0M03/6 Digital Transformation St M/S 50 1 4 f 6
Digital Transformation 2 VU x x
Digital Transformation St Pt 50 2 Ü x
01-15-0M07/6 Künstliche Intelligenz: Algorithmen und Anwendung St M/S 60 1 4 f 6
Künstliche Intelligenz: Algorithmen und Anwendung (Projekt) St B+Pt 40
Künstliche Intelligenz: Grundlagen von Algorithmen und Anwendungen 1 VL x
Künstliche Intelligenz: Grundlagen von Algorithmen und Anwendungen St 1 Ü x
Künstliche Intelligenz: Algorithmen und Anwendungen für Fortgeschrittene 1 VL x
Künstliche Intelligenz: Algorithmen und Anwendungen für Fortgeschrittene St 1 Ü x
01-19-1350/6 Project Management St M/S 1 4 f 6
Project Management I 2 VU x x
Project Management II 2 VU x x
01-62-0M02/6 International Trade and Investment / Economics of Entrepreneurship St M/S 1 4 f 6
International Trade and Investment 2 VU x
Economics of Entrepreneurship 2 VU x
01-64-2M01/6 Microdata Analysis St M/S 1 4 f 6
Microeconometrics 2 VU x x
Productivity and Efficiency Analysis 2 VU x x
01-01-0M05 Master Seminar St H+Pt 1 2 f 6
Master Seminar 2 S x x x
and other modules (catalogue)
Engineering and Natural Sciences Courses (CP: max. 12) - in coordination with other departments of TU Darmstadt f 0-12
Module (N.N.) St 1
and other modules (catalogue)
Interdisciplinary Area (CP: min. 6), Bereich nach § 30 (6) APB 0 o 6
Studium Generale
Gesamtkatalog of all modules of TU Darmstadt St 0 f
Gesamtkatalog of all modules of TU Darmstadt bnb 0 f
Language Resource Centre and others (except FB 01)
External Project Work
01-00-0M02/6 External Project Work bnb SF 0 f 6
External Project Work
Recognition of Courses completed at other Higher Education Institutions (without Equivalent)
Module (N.N.) bnb 0 f
Study load per
semester (CPs)
Examinations are
assigned to semesters for
guidance only.
Semester
TUCaN number and assignment of CPs to module elements are informative in nature. The CPs are
given once the module is completed. Con
tact
hou
rs p
er
week (
SW
S)
Sta
tus
Form
of
teach
ing
Tota
l C
Ps
CourseExamination components
Su
bje
ct e
xam
inati
on
s
Stu
dy c
red
its
Form
of
exam
inati
on
Du
rati
on
(m
in.)
Weig
hti
ng f
or
mod
ule
gra
de (
%)
Weig
hti
ng f
or
overa
ll g
rad
e (
Fakto
r)
Masterstudiengang
Logistics and Supply Chain Management
(M.Sc.)
TU Darmstadt | Rechts- und Wirtschaftswissenschaften | Studienplan M.Sc. Logistics and Supply Chain Management | PO 2020 1/2
Master Thesis 1 o 30
Master Thesis Logistics and Supply Chain Management St Th o 30
Master Thesis Logistics and Supply Chain Management f x
Total 120 30 30 30 30
korr. 19.02.2020 (FB 01: FBR 11.07.2019 / 31.10.2019)
TU Darmstadt | Rechts- und Wirtschaftswissenschaften | Studienplan M.Sc. Logistics and Supply Chain Management | PO 2020 2/2
Appendix II: Competence descriptions 9
1.2. Appendix II: Competence descriptions
1.2.1. Entry competencies
The following lists a selection of competencies that can be acquired at Technical University of Darmstadt
within the reference degree programmes stated in Section 17a(2) and that are required for a M.Sc.
Logistics and Supply Chain Management.
These competencies are key requirements for the Master's degree programme and are, therefore,
important prerequisites for continuing your studies in the Master's degree programme based on a
Bachelor. Every graduate of this Bachelor degree programme has acquired the following know-how in
addition to further competencies: Graduates are very well trained in working as independently as
possible on defined tasks or problems based on the contents of mandatory courses of the reference study
programmes. Graduates are trained in organising their work independently following differing time
scales within tight general conditions (which can span up to several semesters) in the course of
organising their own studies.
The following definitions are used:
very well, the know-how has not just been acquired selectively (i.e. in dedicated courses to this end),
but has been acquired throughout their entire academic studies, though not necessarily to the same
degree in all courses;
independent(ly), any counselling and advice given is designed to clarify and introduce a task or
problem that has to be worked on by the students either by themselves or in a team depending on
specific requirements.
These tasks are usually defined as transfer tasks and require creativity and the ability of abstract thinking
to solve them. The level of abilities is defined more specifically below:
Mathematics: the ability to understand typical proofs taken from proof-oriented studies of
Mathematics and to conduct these proofs correctly and independently in elementary cases analogous
to the lecture.
General Business Administration: the ability to manage value-adding networks and to apply
relevant decision-making theories and techniques in real life based on the respective basic and
theoretical knowledge acquired; to know and apply concepts on how to manage a business or
business segment strategically; to understand and compare different models of how to structure and
organise operational processes in a business; to understand and apply workflows preceding preparations for annual financial accounts; to analyse accounting valuation issues according to the
HGB (the German commercial code); to understand and make investment and financing decisions;
to understand the basics of strategic marketing; to give a detailed overview of the key marketing-
mix instruments.
Logistics and Supply Chain Management: the ability to understand the importance of logistics and
transport systems and what impact they have on a business; to describe the flow of materials and
goods from a holistic perspective; to develop an understanding for specific requirements by
businesses to plan, check and control logistics processes and to design logistics strategies within an
intra-business and cross-business context; to assess various options of cooperation and work distribution between suppliers, customers and logistics providers; to describe decision-making issues
in a structured way based on mathematical optimisation models; to master fundamental
mathematical methods to solve such optimisation models; to apply fundamental methods to solve
problems of production management and logistical planning independently.
Information Systems: the ability to explain the types of software and the software development
process; to know the basic terminology of programming; to solve simple tasks and problems
algorithmically; to know and apply the basics of object-oriented programming and advanced
Appendix II: Competence descriptions 10
concepts in object orientation; to read and write simple software programs; to model programs with
UML diagrams.
Economics: the ability to analyse economic problems independently based on the analytic
instruments of micro and macro-economic theory and to correctly assess their importance and
meaning for business decisions. Added to this is the ability to use econometric methods with ease
and advanced insight to produce, evaluate and interpret multiple regression analyses and to apply
modern methods of specification testing.
Statistics: the ability to use statistical methods independently, to both interpret their results and
assess their significance correctly for use in operational decisions.
Law: the ability to work on and to evaluate the content of cases independently; to broadly apply the stylistic requirements of a legal opinion; to analyse and evaluate international trade agreements; to
deal with current legal developments in the field of company law; to understand and evaluate various
types of companies and groups with a focus on German company law including their founding, pros
and cons and relevance in real life; to understand and apply how best to adapt company funding
based on company type and its financial conditions; to understand and evaluate the basic legal
conditions and the functioning of the capital market.
Project work: the ability to understand and work on an interdisciplinary task or problem in a team; to
moderate team processes; to plan, organise and carry out process steps independently; to discuss
potential solutions and to go through a decision process based on specific criteria; to approach various
problems regarding a task analytically by acquiring the necessary methodological skills.
Coursework and Bachelor's thesis: the ability to work independently on a limited topic taken from one
of the areas mentioned above (mathematics, general business administration, logistics and supply chain
management, information systems, economics, statistics and law) using scientific methods. The topic
must be worked on in a limited period of time and under the following constraints that require:
Formulating and answering a research question according to the current state of research;
Researching scientific publications extensively and independently based on sources reflecting the
current state of research. This should also include a substantial number of English-language
publications;
Including a creative part produced by the students themselves when working on the topic, such as
an analysis, programming or systematisation of material based on independently developed criteria;
Delivering and defending their findings in an oral presentation in the course.
Appendix II: Competence descriptions 11
Competencies to be demonstrated to meet admission criteria for the M.Sc. Logistics and Supply Chain Management degree programme
The know-how described above is essential to successfully finish the M.Sc. Logistics and Supply Chain Management degree programme. Sufficient know-how regarding the contents of basic courses in the
field of economics and mathematics is particularly important. The requirements are defined in more
detail below. They are necessary without reservation to successfully complete the Master's degree
programme:
1. To be admitted to the Master's degree programme, the know-how defined above must be
documented for courses in the field of economics totalling at least 45 credit points (CPs), in
mathematics and statistics totalling 20 CPs, in law at least 9 CPs plus an independently produced
course paper (6 CPs) and the Bachelor's thesis (12 CPs).
2. In compliance with item 1: Should the Bachelor's degree programme of the applicant provide the
general know-how described above, but not cover all essential contents of economics for the chosen
Master's degree programme, admission to the programme is only possible if the final grade and the CP-weighted average of the individual module grades for lectures and tutorials and comparable types
of courses in the field of economics is minimum 3.0 and every individual module grade in this field
is better than 4.0. In this case, the respective students are required to pass successfully a selection of
courses totalling a maximum of 30 CPs within their first year to confirm their admission.
3. In case of a Bachelor's degree programme that does not meet the requirements defined above
regarding the type of tasks and problems handled and independently worked on, it can still be
assumed that the personal abilities of the applicants will be able to outweigh this, provided the
applicants can document sufficiently good grades in the field of economics. In this case, admission
to the programme is only possible if the final grade and the CP-weighted average of the individual
module grades for lectures and tutorials and comparable types of courses in the field of economics
is better than 2.0 and in addition every individual module grade in this field is minimum 3.0.
4. Know-how acquired differently (such as on the job or via professional development) will be
considered during an admission assessment procedure for the Master's degree programme, provided
this know-how corresponds with the know-how described above regarding contents and the level of
difficulty and complexity of the tasks and problems to be handled independently. In addition, these
competencies must have been acquired and assessed according to the common quality standards of
universities.
1.2.2. Qualification objectives
In the M.Sc. Logistics and Supply Chain Management degree programme at Technical University of
Darmstadt, the students extend their competencies acquired during their Bachelor's degree programme
within and across disciplines. These competencies are key requirements for the Master’s degree
programme and are, therefore, important prerequisites for later post-graduate studies. The graduates’
ability to work across disciplines makes them eligible for many different positions. With a Master’s
degree, the graduates can take on scientific, economic, and administrative positions in various areas and
fields.
Once students have graduated successfully from their Master’s degree programme, they will be able:
to work independently on complex problems and tasks due to their improved methodological skills,
particularly in the field of logistics and supply chain management using scientific methods to
evaluate different solutions;
to apply their broader, more detailed, critical and up-to-date knowledge and understanding in
applications and research while working on interdisciplinary topics;
to also implement these competencies in new and unfamiliar situations with insufficient information
by thinking in system-based interrelationships;
Appendix II: Competence descriptions 12
to solve tasks and problems requiring high skills of abstraction and an eye for complex interrelations;
to recognise and consider appropriately future problems, innovative technologies and scientific
developments in their work;
to communicate their analyses and/or developed solutions with foreign-language experts and
people outside their field of expertise;
to organise, work on and manage complex projects efficiently by setting up and leading dedicated
teams;
to manage solution processes adequately based on the situation by acting constructively and well
planned in advance;
to develop a professional self-portrait that is based on objectives and standards of acting
professionally in scientific, economic and administrative fields of work;
to assess and critically reflect the social and ethical responsibilities and implications of their work;
to further their professional development independently and to work scientifically on their own as
much as possible.
In conclusion, the main differences between the Master's degree programme and the preceding
Bachelor's degree programme lie in the greater focus on solving complex problems with insufficient
information requiring higher degrees of abstraction and complex thinking in system-based
interrelationships. Another main focus is enhancing the ability to critically read, understand and work
with current research publications, to develop the necessary skills for working scientifically in a field of
specialisation selected by the students themselves and to solve current problems independently.
Appendix III: Module handbook & Appendix IV: Internship regulations 13
1.3. Appendix III: Module descriptions
The module descriptions are published electronically as a module handbook in accordance with
Section 1(1) of the Technical University of Darmstadt statute to regulate the publication of statutes of
Technical University of Darmstadt of 18 March 2010.